シーエムシー・リサーチ List of Products and Services

■Title: Cutting-edge Material Recycling Technology for Cross-linked Polyolefins ■Date: December 10, 2025 (Wednesday) 13:30–15:00 ■Target Audience Companies manufacturing cross-linked polyolefin products Recycling companies collecting and regenerating cross-linked polyolefin products Large and medium-sized companies recycling various resins Trading companies, newspapers, and media interested in plastics and SDGs ■Program 1. What are Cross-linked Polyolefins? 2. Advantages and Disadvantages of Cross-linked Polyolefin Products 3. Current Status of Disposal of Cross-linked Polyolefin Products 4. History of Reuse from the Perspective of Cross-linked Polyolefin Patents 5. Our Efforts in Cross-linked Polyolefin Plasticization Utilizing the Strategic Base Technology Advancement Support Project (commonly known as "Sapo-in") 6. Current Status and Application Products of Various Cross-linked Polyethylene Plasticization 7. Current Status and Application Products of Cross-linked Polypropylene Plasticization 8. Future Developments 9. Summary

• Other environmental measures and recycling
• Technical Seminar
• Resource Recycling System

■Title: Explanation of Remaining Capacity and Degradation Estimation Techniques for Optimal Management of Lithium-Ion Batteries … Focusing on operating principles, modeling, and control methods, with perspectives based on battery type and application for EVs, HEVs, and PHEVs. ■Date: December 9, 2025 (Tuesday) 10:30 AM - 4:30 PM ■Target Audience: Beginners, young engineers ■Knowledge Gained from the Seminar: Basic characteristics of lithium-ion batteries, modeling methods, basic structure of BMS and points to consider, fundamental methods for effective remaining capacity and degradation prediction. ■Program: 1. Introduction 2. Modeling of Storage Batteries 3. High-Precision Remaining Capacity Measurement 4. Modeling of Degradation and Diagnostic Techniques 5. Latest Technologies for Degradation Diagnosis and Lifetime Prediction

• Lithium-ion battery
• Cells and batteries
• Technical Seminar

■Title: The Potential and Current State of Food through the Digitalization of Food via 3D Food Printing ■Date: December 9, 2025 (Tuesday) 13:30 - 16:30 ■Target Audience Developers and marketers from food manufacturers Companies dealing with food-related materials Stakeholders in the fields of food tech, sustainability, and wellness ■Knowledge Gained from the Seminar New food values brought about by the digitalization of food Current state of 3D food printing Future possibilities of 3D food printing ■Program 1. Digitalization of Food 2. About Byte Bites 3. How Technology is Changing Food Production 4. Current State and Challenges of Social Implementation 5. Expanding "Possibilities of Food" 6. Closing

• 3D Printer
• Technical Seminar

■Title: Current Status of Nucleic Acid Medicines and mRNA Medicines - Research and Development Trends of Nanoparticle DDS Including LNPs ■Date: November 27, 2025 (Thursday) 13:30 - 16:30 ■Target Audience for the Seminar Those who want to learn about the overall picture of nanoparticle DDS, including LNPs Those who want to learn about trends in nanoparticle DDS development ■Knowledge Gained from the Seminar A brief history of nanoparticle DDS development up to the present In vivo pharmacokinetic control strategies in nucleic acid medicines and mRNA drug discovery Insights on lipid design and immune activation mechanisms ■Program Lecture 1 - Basics of nucleic acid medicines and mRNA medicines - Functions required for DDS of nucleic acid medicines and mRNA medicines - DDS from the perspective of nanobiomaterials (nanoparticle DDS) - New developments in nanoparticle DDS technology and future possibilities Lecture 2 - Current status of mRNA medicine development - Design of lipid nanoparticles (LNP) as RNA delivery technology - RNA vaccines - Applications of LNPs Lecture 3 - General discussion and Q&A

• DDS
• Technical Seminar

■Title: Development of Production Methods for Useful Substances from Koji Fermentation and Their Utilization Technologies ■Date: November 26, 2025 (Wednesday) 13:30 - 16:30 ■Target Audience for the Seminar Technicians and sales personnel involved in new product development related to fermentation manufacturers ■Knowledge Gained from the Seminar Cost reduction for sake and amazake, hints for new product development, and new knowledge for developing and promoting products with added new functionalities ■Program 1. Development of dissolving enzyme agents for high-temperature damaged rice in sake brewing and music vibration technology 2. Fermentation technology to enhance α-Ethylglucoside (α-EG), a key component of sake, in various brewing processes 3. Patch testing of α-EG and its effects on fibroblasts 4. Utilization technologies of α-EG in daily necessities and cosmetics 5. New functionalities of α-EG in human trials 6. Development and advantages of quantification methods for rice-derived indigestible resistant protein (RP) 7. Assessment of RP levels and functionalities in cooked rice and rice snacks 8. Characteristics of RP amazake based on differences in raw rice 9. Examination of heat denaturation and pH denaturation conditions for RP supplements 10. New functionalities in human trials of RP amazake 11. Short-time production method for RP amazake that can suppress ineffective adsorption phenomena 12. Further RP amazake production methods as mentioned above

• Food synthesis and fermentation
• Technical Seminar
• Others Synthesis/Fermentation

**Features of This Book** - EV Bubble... Is the inability to manufacture high-performance batteries the cause? - Even if EVs are powered by thermal power generation, isn't this a "coal car"? - Is the positive electrode material settled on iron phosphate LFP, with nothing more to come? - Where did it go? NMCxyz high-capacity high-nickel positive electrode material! - Still somewhat unclear SiOx/C high-capacity negative electrode material! - Is the lithium-sulfur battery free of transition elements the ultimate "Hinomaru" battery? - Dry electrodes and bipolar structures are Japan's well-honed technology! **Table of Contents** Part 1: Positive and Negative Electrode Materials Chapter 1: Overview of Lithium-Ion Batteries, Electrochemistry of Chemical Batteries Chapter 2: Role Distribution of Positive and Negative Electrode Materials, Cooperation Between Main Actors and Supporting Roles Chapter 3: Selection of Positive Electrode Materials (1) Chapter 4: Selection of Positive Electrode Materials (2) Chapter 5: Selection of Negative Electrode Materials (1) Chapter 6: Selection of Negative Electrode Materials (2) Chapter 7: Selection of Negative Electrode Materials (3) Part 2: New Electrode Processes Chapter 8: (Lithium Metal/Sulfur) Batteries, the Ultimate Over 500Wh/kg Chapter 9: Manufacturing Processes for Positive and Negative Electrode Plates, Transition from Wet to Dry Processes Chapter 10: Bipolar Cells and Solid Electrolytes, Reconstruction of Ion & Electron Movement Chapter 11: (Special Contribution) Positioning of Positive and Negative Electrodes from the Perspective of Battery Disassembly in BEV Applications

• Lithium-ion battery
• Technical and Reference Books

■Title: Fundamentals and Applications of PFAS Alternatives Development, Trends ■Date: November 26, 2025 (Wednesday) 13:30–16:30 ■Target Audience for the Seminar Manufacturers of materials containing fluorine/PFAS and users of those materials, as well as those dealing with regulations regarding chemical substances in products Individuals gathering information on PFAS and those wanting to keep up with the latest trends Those engaged in research and development of PFAS alternative technologies Individuals involved in product design using PFAS Those focusing on traceability and quality control related to PFAS Individuals considering the introduction of supply chain management and monitoring technologies utilizing IoT and AI Those wanting to deepen their understanding of the interpretation of ePTFE Researchers and engineers interested in water quality analysis of PFAS ■Knowledge Gained from the Seminar Basic knowledge and overview of PFAS Relevant domestic and international regulations surrounding PFAS Corporate responses to PFAS in various countries Research and development trends regarding PFAS alternative technologies and substitutes Examples of IoT and AI applications in research, quality control, and supply chain related to PFAS Instructor's personal views and outlook on PFAS issues, etc. ■Instructor Tatsuhiko Hatakeyama, CEO of DCTA Co., Ltd.

• Technical Seminar
• others

■Title: Fundamentals of Synthesis, Analysis, and Applications of Metal-Organic Frameworks (MOFs) and Various Application Examples ~ From Gas Separation and Storage to Polymer Synthesis and Purification, and Bio Applications ~ ■Date: November 12, 2025 (Wednesday) 13:30 - 16:30 ■Target Audience Engineers/researchers interested in research and development of porous materials Researchers/developers of nanomaterials and polymer materials Individuals considering the separation and purification of various substances Engineers/researchers in battery materials, reaction fields/sensors/catalysts, etc. ■Knowledge Gained from the Seminar Characteristics of MOFs Specific methods for the design/synthesis/evaluation of MOFs Practical examples of how to utilize MOFs Various applications of MOFs (separation agents, sensors, catalysts, polymer synthesis, etc.) Understanding new separation technologies utilizing MOFs ■Instructor Nobuhiko Hosono, Associate Professor, The University of Tokyo ■Program 1. What are Porous Metal Complexes and Metal-Organic Frameworks (MOFs)? 2. Gas Storage and Separation Using MOFs 3. Recognition and Separation of Polymers Using MOFs 4. Examples of Other Functional Developments Using MOFs

• Technical Seminar
• Distance learning/E-learning
• Other polymer materials

**Features of this Book** - Thorough explanations from the basics to applications of semiconductor packaging! - Detailed discussion on the noteworthy 2.5D/3D packaging and chiplet technology! - Introduction of valuable practical knowledge cultivated by the author over many years in the field! - Explanation of specific examples of defects and evaluation/analysis methods during prototyping and development! - What are the efforts towards RoHS and PFAS in response to environmental regulations? - A book that looks towards the future of semiconductor packaging! **Table of Contents** Part 1: Basics of Backend Processes, Assembly, and Design in Semiconductor Manufacturing 1. Introduction 2. Basics of Semiconductor Packaging - Evolution and Development of Packaging 3. Packaging Process (Representative Examples) 4. Technologies and Key Points of Each Manufacturing Process 5. Testing Processes and Their Key Points 6. An Example of Assembly and Implementation-Related Defects Experienced in the Past 7. Examples of Evaluation and Analysis Methods During Prototyping and Development 8. RoHS and Green Compliance 9. Future of 2.5D/3D Packaging and Chiplet Technology 10. Conclusion Part 2: Integration of Existing Chips through Chiplet Technology: Advantages, Disadvantages, and Technical Challenges Part 3: PFAS in Semiconductor Backend Processes *For a detailed table of contents, please refer to the related link URL.*

• Other semiconductors
• others
• Technical and Reference Books

**Features of this Book** - Industry analysis of DLC, liquid immersion cooling, and hybrid cooling methods! Market forecast up to 2030! - Research on the characteristics of single-phase and two-phase immersion cooling systems, the companies adopting them, their backgrounds, and the industry! - What are the reasons for the increasing adoption of mineral oil as a cooling fluid? An analysis of the strategies of entering companies! - What are the strategies of various companies regarding the non-use of fluorine and low content after 3M's announcement of withdrawal from PFAS manufacturing? - Research on bio-based coolants, silicone oils, their characteristics, and the companies and industries involved! - Industry analysis of cooling equipment such as chillers, cooling towers, heat exchangers, and CDU, along with the features of each company's products! - Advantages and disadvantages of container-type data centers, and the background supporting their use in AI development! **Structure of this Book** Part 1: Cooling Systems Part 2: Liquid Cooling Part 3: Equipment and Devices Part 4: Analysis of Trends in Countries, Companies, and Products *For a detailed table of contents, please refer to the related link URL.*

• server
• Server Cooler
• others

【Features of this Book】 - A comprehensive introduction to the promising "protein degradation medicines," focusing on foundational and evaluation technologies for practical application! - Thorough coverage from the basics of Targeted Protein Degradation (TPD) technology to the clinical development status of protein degradation medicines! - Various technologies useful for the development of protein degradation medicines are also introduced! - Contributions from researchers not only from universities and research institutions but also from pharmaceutical companies! - An essential read for researchers, companies, and investors interested in protein degradation medicines! 【Table of Contents Structure】 Part 1: Protein Degradation Medicines Part 2: Protein Degradation Medicines Section 1: Molecular Glues Part 3: Protein Degradation Medicines Section 2: PROTAC Part 4: Protein Degradation Medicines Section 3: Others Part 5: Supporting Technologies to Promote the Practical Application of Protein Degradation Medicines Part 6: Initiatives by Pharmaceutical Companies * For a detailed table of contents, please refer to the related link URL.

• Product Development
• Technical and Reference Books

【Features of this Book】 - Analyzes the characteristics and trends of various organoids such as intestinal, pancreatic, liver cells, respiratory system, brain, and skin! - Investigates the features and challenges of MPS, trends in various countries, large-scale MPS projects, and characteristics of MPS products! - Explores the challenges of cryoprotectants, issues with existing products, and the background of the spread of low molecular weight protectants! - Investigates the applications of CO2 incubators, types of control methods and their advantages and disadvantages, and industry analysis! - Examines the types and trends of bioreactors for tissues and organs, noteworthy technologies, and corporate trends! - Investigates the features of closed and open automatic culture systems, effective points for equipment introduction, and corporate trends! - Analyzes the challenges in the production process of cultured meat, trends in various countries, and products and technologies in cell culture! 【Table of Contents Structure】 Chapter 1: 3D Culture Chapter 2: Cell Culture Media, Serum, and Reagents Chapter 3: Cryopreservation Solutions Chapter 4: Culture Vessels Chapter 5: CO2 Incubators Chapter 6: Microcarriers Chapter 7: Automated Cell Culture Chapter 8: Bioreactors Chapter 9: Microphysiological Systems Chapter 10: Organoids Chapter 11: Cultured Meat *For a detailed table of contents, please refer to the related link URL.

• Other Culture
• Other cells
• Technical and Reference Books

【Features of this Book】 - Explains the latest trends in drug discovery research using cultured cells, which are gaining attention as an efficient and highly accurate alternative to traditional animal experiments! - Provides detailed insights into cutting-edge trends such as the advancing MPS/organoid research, the potential of exosome research in intercellular communication, and innovations in drug discovery research brought about by iPS cell technology! - Focuses on the new phase of experimental automation technology! - Raises issues regarding the challenges of human resource development that arise with technological advancements! - Introduces the latest findings and perspectives from leading researchers in the field! 【Table of Contents Structure】 Part 1: Neurons Part 2: Exosomes Part 3: Organoids Part 4: MPS Part 5: MEA Part 6: Automation Part 7: Human Resource Development *For a detailed table of contents, please refer to the related link URL.

• Other Culture
• Human cells
• Product Development

**Features of this Book** - Comparison of transmission distances between boards, within and between data centers, and long distances! - Investigation of Co-Packaged Optics (CPO) due to the growing demand for high-speed transmission driven by AI proliferation! - Research on the technological trends of E polymers used in optical modulators and optical switches! - Trends and background of optical module light sources using VCSEL chips for data centers! - Characteristics of glass substrates that are compatible with optical transmission and the development of glass interposers? - Investigation of development trends for silicon photonics-based receivers and electro-optic modulators! - Unique polymer waveguide manufacturing methods developed by companies and the required waveguide materials! - Key points, types, and trends of adhesives used for optics/optical fibers? - Methods and challenges of connecting optical fibers and the integration of silicon photonics with optical fibers! **Table of Contents** Part 1: Optical Fibers Part 2: Optical Fiber Components Part 3: Optoelectronic Integration Part 4: Adhesives and Bonding *For a detailed table of contents, please refer to the related link URL.*

• Technical and Reference Books
• others

**Features of this Book** - Comprehensive information on regulations and industry trends related to product quality in the pharmaceutical industry surrounding scale-up, as well as technology transfer in contract manufacturing, all in one volume! - Detailed explanations regarding GMP, ICH, PIC/S, equivalence evaluation, raw data, and more! - In-depth discussion on quality issues, impurity management, genotoxic impurities, continuous production, etc.! **Table of Contents** Chapter 1: Basics of Scale-Up Chapter 2: Issues in Scale-Up Chapter 3: Revised Pharmaceutical Affairs Law and GMP Chapter 4: Efficiency and GMP Measures Appendix at the End of the Chapter: The Cutting Edge of UHPLC Chapter 5: Crystal Polymorphism Chapter 6: Troubleshooting in Scale-Up Chapter 7: GMP for Investigational Drugs and Status of New Drug Development Chapter 8: Considerations When Changing Raw Materials and Points for Equivalence Evaluation Chapter 9: Handling of Raw Data and Laboratory Notebooks Chapter 10: What is Data Integrity? Chapter 11: Change Management and Deviation Management Chapter 12: Education and Training Chapter 13: Trends in Pharmaceutical Companies and Generic Drugs/Biosimilars Chapter 14: Flow of Active Pharmaceutical Ingredient Import Business Chapter 15: Trends in Pharmaceutical Companies and Contract Manufacturing Companies Chapter 16: Trends in GDP and Response Measures Afterword *For a detailed table of contents, please refer to the related link URL.*

• Product Development
• Safety Management
• Pharmaceutical Intermediates

【Features of this Book】 - Investigates the background that makes it difficult for pharmaceutical companies to outsource to CMO/CDMO from various perspectives! What are the advantages for pharmaceutical companies? - What elements, challenges, and targeted delivery technologies are required for the development of mRNA medicines? - What are the advantages and application fields of exosomes? Researching the technological strategies of companies working on modified types! - Explored the business models of companies engaged in contract manufacturing of antibody drugs using CHO cells! - What are the characteristics of companies researching and developing ADCs (antibody-drug conjugates) and the continuous production of antibody drugs? - Interviewed about the characteristics of delivery technologies such as liposomes, exosomes, ADCs, and LNPs, as well as industry trends! - The pharmaceutical market in 2030 is projected to be ● billion yen, and the CDMO market is expected to grow to ● billion yen! 【Table of Contents Structure】 Part I: Pharmaceutical Development Part II: CDMO (Contract Development and Manufacturing Organization) Part III: Delivery Technologies *For a detailed table of contents, please refer to the related link URL.

• Pharmaceutical materials and carriers
• Technical and Reference Books
• others

【Features of this Book】 - Characteristics required for glass substrates for semiconductor packages and trends in the development of glass interposers! - Advantages and disadvantages of backside power supply technologies from the three major semiconductor manufacturers, their business strategies, and mass production timelines? - Business strategies of foundries, EMS, fabless companies, OSAT, and semiconductor manufacturing equipment-related companies! - Characteristics and applications of 2D and 3D implementations using chiplets for heterogeneous integration! - Material properties required for 2.5D and 3D packages! Including redistribution layers, encapsulants, underfills, etc.! - Types of manufacturing processes for FOWLP/PLP, related companies, and requirements for package component mounting! - Intensifying global competition for HBM market share and the business opportunities for Japanese companies that accompany it! - Performance and technology trends required for underfills, market forecasts, and company-specific shares explored! - Design and quality requirement levels to accommodate chipletization in the manufacturing of copper-plated wiring! 【Table of Contents Structure】 Part I: Introduction to Chiplets Part II: Advanced Packaging Technologies Part III: Technologies, Materials, and Equipment for Chiplet Packaging *For a detailed table of contents, please refer to the related link URL.

• Other semiconductors
• Other semiconductor manufacturing equipment
• Semiconductor inspection/test equipment

**Features of this Book** - Describes cutting-edge wireless power transfer technology for electric vehicles, covering not only stationary charging but also technology for charging while in motion! - Discusses international trends, regulations, future outlooks, and more, making it an essential read for future developments based on current technological advancements and upcoming industry trends! - Covers various perspectives related to wireless power transfer, including civil engineering aspects for embedding coils and electrodes in roads, standardization, related regulations and laws, large vehicles, methods for promoting adoption, safety considerations, and the latest international trends from multiple backgrounds! **Table of Contents** Chapter 1: Basics of Wireless Power Transfer Chapter 2: Various Regulations Chapter 3: International Trends Chapter 4: Wireless Power Transfer Technology for Stationary Charging Chapter 5: Wireless Power Transfer Technology for Charging While in Motion Chapter 6: Trends and Future Outlook for Electrification of Large Vehicles Chapter 7: Electrified Roads and Future Prospects Chapter 8: Efforts and Challenges in High Power Applications Chapter 9: Regulations and Expectations Chapter 10: Effects of Wireless Power Transfer and Implementation Scenarios Chapter 11: Biological Safety Regarding Electromagnetic Field Exposure from Wireless Power Transfer *For a detailed table of contents, please refer to the related link URL.*

• Charger
• Other Auto Parts

- The data center cooling market in 2030 is expected to expand to ● billion yen, a ●% increase compared to 2023! Investigating the background! - Researching the technology trends of silicon photonics and the background for the adoption of PIC! - Exploring market forecasts for Si, SiC, GaN, and Ga2O3 semiconductors, their backgrounds, and developments in various applications! - Why are NVIDIA and AMD adopting CoWoS technology? What are the challenges? What is TSMC's strategy? - Advantages and disadvantages of interposers, industry trends, and movements of TSMC, Intel, and Samsung! - The intensifying global HBM market share competition and the business opportunities for Japanese companies that accompany it! - Investigating the required performance and technology trends for underfill, market forecasts, and company-specific shares! - The market for FC-BGA substrates for AI servers/data centers, company-specific shares, and corporate strategies! 【Table of Contents】 Part I: AI Data Centers Part II: Cooling and Thermal Management Part III: Optical Communication Related Part IV: Next-Generation Semiconductors Part V: Packaging Technology Part VI: High-Multilayer Substrates and Low-Dielectric Resins *For a detailed table of contents, please refer to the related link URL.

• Other semiconductors
• Database
• EAI/ETL/WEB application server

【Features of this Book】 ● Summarizes the use and recycling of plastics, as well as the use of recycled plastics, from the perspectives of policy, technology, and LCA during a significant global transition period! ● Introduces plastic measures in Europe, the United States, and China, along with forecasts and recommendations from organizations like the OECD! ● In Technical Section 1, various noteworthy recycling technologies are introduced! ● In Technical Section 2, the production of plastics using biomass, municipal waste, and CO2 utilization is explained! ● In the LCA section, an overview of the report "Environmental and Economic Assessment of Plastic Waste Recycling" by the Joint Research Centre (JRC), which supports the European Commission's policies with scientific and technological data, is presented! 【Table of Contents Structure】 Part I: Policy Section: Current Status of Plastic Recycling and Comparison with European Policies Part II: Technical Section 1: Technologies Related to Plastic Recycling Part III: Technical Section 2: Production of Plastics Using Biomass, Municipal Waste, and Carbon Dioxide Part IV: LCA Section Part V: Future Prospects Part VI: Appendix: Reference Materials * For a detailed table of contents, please refer to the related link URL.

• plastic

**Features of this Book** - Investigates themes closely related to rPET, such as cleaning, polymerization catalysts, solid-state polymerization, and additives! - Types and trends of chemical recycling methods for PET bottles, industry analysis, and business strategies! - Functions required for caps and labels that make up PET bottles, industry and corporate trends. - Advantages of Sb-based, Ge-based, Ti-based, and Al-based catalysts used in polymerization, industry and corporate trends! - Follows the trends of companies focusing on recycled plastic materials with traceability! - Manufacturing methods and industry/corporate trends for BioPET, PEF, BioPTT, FDCA, etc.! - Investigates industries such as recycled fibers, food packaging/containers, and films as applications of rPET! - Studies global trends in Europe, the United States, China, India, Indonesia, Thailand, South Korea, and more! **Table of Contents** - Part I: Introduction to Plastic Recycling - Part II: Recycled PET (rPET) - Part III: Recycling of PET Bottles - Part IV: Bioplastics - Part V: Applications of rPET - Part VI: Automotive - Part VII: Global Trends *For a detailed table of contents, please refer to the related link URL.*

• plastic

Book Title: Reuse & Recycling of Lithium-ion Batteries for EVs ~ Supply of Battery Materials, Various Regulations, and Business Responses ~ [Features of this Book] - In 2030 (year-round), the batteries installed in BEVs in major global regions will be approximately 700 GWh/year, with all electric vehicles totaling 800 GWh/year! - Almost 800 GWh worth will be put into recycling in about 10 years; how prepared are we for the recovery of elemental resources? - The initial efforts for the reuse of EV batteries have been successful; will plans be made based on the situation going forward? - Recycling of Ni and Co has reached a high level of technological capability, primarily among Japanese companies; the next step is demonstration! - The "horizontal recycling" of cathode materials has completed its initial development stage and is moving towards demonstration in multi-component systems! - If lithium recycling is completed, LFP will be a rational choice that does not require recycling! - Trends in resource circulation and recycling technology development for automotive lithium-ion batteries are included! (Special contribution by Mr. Tokoro)

• Lithium-ion battery

Book Title: Latest Trends in PET Bottle Recycling Technology - Material, Chemical, and Bio - What direction is increasingly required for PET bottle recycling technology and social systems towards reducing greenhouse gas emissions in the future? Written by leading experts from companies, universities, and research institutions. 【Features of this Book】 - Trends and issues in PET bottle (Material, Chemical, Bio) recycling! - Includes achievements in the practical application of PET bottle recycling, leading the world! - Reduces environmental impact throughout the entire life cycle, including recycling! - Introduces corporate trends and international developments related to PET bottle recycling! - Technical information on past and future PET bottle recycling!

• others

**Features of this Book** ➢ An analysis of industry trends in the development of CO methanation catalysts, materials used, and catalyst exploration techniques! ➢ Insights into the global production capacity of water electrolysis for AWE, PEM, AEM, and SOEC, the catalysts employed, and development trends! ➢ Key players in anode materials and companies entering the market? Strategies for reducing Ir usage are introduced! ➢ Trends in dry, wet, and bioleaching processes for recovering platinum group metals from used automotive catalysts! ➢ Detailed descriptions of projects utilizing ammonia synthesis catalysts and the licensing of manufacturing processes! ➢ Development trends of environmentally friendly "oilification processes" that lower process temperatures through the use of catalysts! ➢ What is "catalyst informatics," a method for exploring high-performance catalysts that enable CN fuels and recycling!

• plastic
• Rare metals

● Composed of three sections: "CCS," "CCU - Carbon Recycling," and "Carbon Neutral Fuels" 【Features of this book】 ➢ Introduces industry trends of FT synthesis catalysts used in commercial production, companies entering the market, and characteristics of various catalysts! ➢ Catalysts used for "Dry Reforming (DRM)" to synthesize from a mixed gas of methane and CO! ➢ Groundbreaking catalyst development for synthesizing methanol from CO and producing paraxylene from CO! ➢ Analyzes development trends and industry trends by classifying synthetic fuels into FT synthesis fuels, methanol, DME, etc.! ➢ Background of the increasing production of green methanol and projects being implemented and planned in China! ➢ Recent EU environmental strategies and regulations, their impact on the industry, and corporate trends! ➢ Detailed description of the types, performance records, and development and industry trends of inorganic membranes such as zeolites, silica, and carbon!

• others

**Features of This Book** ➢ Focus on the application of cell utilization technology development in drug discovery! ➢ Clear explanations by experts from various fields! ➢ A wide range of materials and technologies that can be used immediately! ➢ Detailed descriptions of overseas trends and market trends! **On Publication** This book focuses on the application of cell utilization technology development in drug discovery, summarizing the current state of technology development and the market. When I first consulted with Professor Furue, who supervised the planning of this book, he suggested that we should narrow our focus to the perspective of "drug discovery." He also recommended that we gather and provide information on materials and technologies that can be used immediately, rather than those still in development in academia. I hope this book will inspire readers both within and outside the field to conceive new businesses and research, leading to further development of industries utilizing cell culture. (CMC Research, Inc.)

• Chemicals

Book Title: Recycling of Rare Metals and Precious Metals Utilizing Microbial Functions - Latest Research Trends and Technology Seeds - A must-have book for understanding the latest research trends and technology seeds in the recycling of rare metals and precious metals utilizing microbial functions, aimed at achieving stable supply of metal resources and contributing to GX technology and the circular economy! 【Features of this Book】 ➢ A resource circulation system that recycles rare metals and precious metals! ➢ Metal recycling technology based on biology!! ➢ A compilation of research results by domestic researchers! ➢ Technologies that connect to research and development of GX technology in metal resource circulation! ➢ The latest research trends related to rare metal and precious metal recycling based on bio-separation technology!

• Non-ferrous metals
• Other metal materials

Latest trends in recycled plastics that need to be addressed due to European environmental regulations, covering developments, business, and industry trends from chemical and material recycling to various categories! 【Features of this book】 ➢ Trends in recycled plastics such as PET, PE, PP, PS, PU, PC, PMMA, PA, fluoropolymers, and engineering plastics! ➢ Business strategies of ventures like Loop Industries, PureCycle, INEOS Styrolution, and major companies! ➢ Development trends of new methods such as solvent-based purification, microwave, and bio-recycling, as well as future trends! ➢ Trends and backgrounds of chemical recycling methods such as depolymerization, pyrolysis, and gasification! ➢ Companies addressing the challenges of fiber-to-fiber recycling, including European projects like CISUTAC, T-REX, and SIPTex! ➢ European projects like Car2Car, GlassLoop, MaterialLoop, and PlasticLoop that reuse materials from end-of-life vehicles to new vehicles! ➢ Recycling conditions and industry analysis of stretch films, as well as films for MLCC manufacturing and agricultural use! ➢ Business strategies of companies providing additives for recycled plastics and recycled materials with traceability!

• plastic

**Features of this Book** ➢ Analyzes industry trends in CO2 methanation catalyst development, materials used, and catalyst exploration technologies! ➢ Investigates the market size of domestic city gas, LNG power generation, marine fuel, and the overseas LNG market for e-methane! ➢ Explores the industry analysis, manufacturing capacity forecasts, and background of alkaline, PEM, AEM electrolysis, and SOEC! ➢ Provides an overview of electrolysis projects, including types, equipment capacity, and production scale of green hydrogen in a tabular format! ➢ What research and development in electrolysis is China focusing on? Characteristics and directions of demonstration projects in various areas! ➢ What are the technology strategies of large-scale CCS demonstration projects and DAC startups in Europe and the United States? ➢ Introduces overseas biogas and biomethane policies, projects, and corporate business strategies!

• others

■ Release Date: January 12, 2024 【Features of this Book】 ➢ Development trends between MI support service companies like Citrine Informatics and Enthought and Japanese companies! ➢ Features and business trends of polymer materials, battery materials, and metal/inorganic materials utilizing MI! ➢ Case studies of materials such as lithium-ion batteries and semiconductor materials based on first-principles calculations! ➢ Introduction to the background of sparse modeling, university research, and companies that have adopted it! ➢ What are the drug discovery businesses of big tech companies like Microsoft and Google, and AI-powered software companies? ➢ Detailed discussion on the relationship between quantum computers, quantum software, and material development! ➢ Growing interest in exploring use cases of quantum computing in the materials industry!

• Composite Materials
• Secondary Cells/Batteries

■Issued: December 15, 2023 【Features of this Book】 ➢ Investigation of recent EU environmental strategies and regulations, their impact on the industry, and corporate trends! ➢ Current status of European projects such as DEMETO, NEXTLOOPP, ResolVe, and Life EPS-SURE. ➢ Joint development between ventures like Loop Industries, PureCycle, INEOS Styrolution, and major companies! ➢ Development trends in solvent-based purification methods, microwave technology, and bio-recycling; which companies are adopting them? ➢ Trends in recycled plastics such as PET, PE, PP, PS, PU, PC, PMMA, PA, and PVC! ➢ The aims of the crucial European raw materials legislation that cannot be overlooked for the business strategy of metal companies, and the industry's response! ➢ Trends and challenges in recovery methods for Pt, Pd, Rh, Au, Ag, Ir, Ru, Cu, Al, Li, Co, Ni, and more! ➢ Industry and corporate trends for bio-based PET, PEF, PE, PA, PP, PTT, PC, PU, and PMMA! ➢ Current status and future of projects led by European automobile manufacturers such as "FSCM," "Car2Car," and "GlassLoop"!

• plastic
• Rare metals
• Secondary Cells/Batteries

Book Title: Fundamentals and Applications of Microbial Polyester Production ~ From Biosynthesis, Basic Physical Properties, Higher Order Structures, Molding Processing, Biodegradability, to Application Development ~ Publication Date: November 20, 2023 I hope this book can contribute, even in a small way, to the growth of PHA as an essential material for building an environmentally friendly and sustainable society, surpassing general-purpose resins like polyethylene and polypropylene. **Features of this Book** ➢ Provides detailed descriptions of "Microbial Polyester (Polyhydroxyalkanoate, PHA)," a polymer that possesses the properties of both biomass plastics and biodegradable plastics, and is considered the most promising candidate to overcome the challenges of petroleum-based synthetic plastics. ➢ Elaborates on various research efforts aimed at practical application of microbial polyester, which has been considered difficult to commercialize, from the perspective of biosynthesis, scaling up to commercial levels, and overcoming challenges related to structure and physical properties. ➢ Based on the fact that a large number of researchers from diverse fields are advancing PHA research, this book comprehensively covers research findings from the past to the present, making it an essential resource for future research and practical development. ➢ In response to the rapidly changing microbial nomenclature, a new and old comparison table has been created with the cooperation of leading experts in the field.

• plastic

■Issued: October 30, 2023 We primarily investigated companies involved in the business and technology of 3D printers worldwide. This report is connected to next-generation business opportunities with an eye on future developments. 【Features of this report】 ➢ Investigated industry analysis of components adopted in engineering plastics such as PC, PA, PET, and PTEG. ➢ Strategies of material manufacturers developing and proposing medical and welfare materials used in 3D printers. ➢ The global market for 3D printing materials in 2025 is projected to be ● billion yen, exploring trends among material manufacturers. ➢ The market size for metal printers worldwide in 2025 is forecasted to be ● billion yen, with metal materials expected to reach ● billion yen. ➢ The global market for bio 3D printers in 2025 is projected to be ● billion yen, with bio inks estimated at ● billion yen. ➢ The global market for dental 3D printers in 2025 is forecasted to be ● billion yen, with the materials used estimated at ● billion yen. ➢ Strategies of companies focusing on ceramics 3D printers, developments in materials of interest, and applications are included. ➢ Trends in materials such as TPU, silicone, graphene, HIPS, quartz glass, and support materials are introduced. ➢ Explored the background and methods of adopting metals like copper, aluminum, and titanium in metal 3D printers.

• 3D Printer

Book Title: Introduction to Biodegradable Plastics - From the Basics of Biodegradable Plastics to the Latest Technologies and Product Trends - Publication Date: September 10, 2020 This book is not merely an introductory text for beginners. Rather, it is a cutting-edge academic and technical reference aimed at intermediate to advanced engineers who seek to achieve the practical application of biodegradable plastics, based on a solid understanding of their fundamentals and core principles. It is hoped that this book will serve as a valuable resource for readers who are committed to advancing global environmental conservation and building a sustainable resource-circulating society in the 21st century. **Features of this Book** ➢ Carefully explains the basics of biodegradable plastics, as well as the latest technologies and product trends. ➢ Includes a wealth of color illustrations and photographs throughout the entire book (both in print and on CD). ➢ Introduces the concept of innovation from the lineage of green chemistry. ➢ Explains the realities of environmental and resource issues, such as marine plastic pollution, and the role of biodegradable plastics. ➢ Discusses the characteristics and biodegradation mechanisms of biodegradable plastics, providing scientific evidence for the suitability of polylactic acid. ➢ Introduces advanced design technologies for enhancing polylactic acid, as well as molding and processing techniques, and trends in applications, products, and market development. ➢ A must-read for intermediate to advanced engineers aiming for serious practical application.

• plastic

Book Title: (Learn Alone) Practical R Chemometrics and Material Data Science - Includes Appendix R Scripts - Publication Date: December 30, 2020 This text has been created to allow individuals to learn a series of steps including <1. Data Input>, <2. Data Shaping>, <3. Data Analysis>, and <4. Displaying and Outputting Analysis Results>, covering the installation of R and RStudio, the basics of programming, multivariate data analysis using feature representation (molecular descriptors) from chemical structures (regression and classification models through machine learning), and evaluation of validity and generalization performance. 【Features of this Book】 ➢ Written by members of the Bioinformatics Laboratory at Nara Institute of Science and Technology (Kanaya Laboratory). ➢ Includes freely usable R scripts created in the Kanaya Laboratory. ➢ Focuses on how to acquire machine learning and statistics, incorporating specific data from chemistry and materials chemistry, with explanations based on programming examples in R. ➢ Explained in accordance with four steps to utilize publicly available R packages. ➢ Edited to allow individuals to learn the entire process independently! A must-have book for every laboratory.

• others

■ Issued: January 6, 2021 【Features of this Book】 ➢ Strategies of material manufacturers developing and proposing medical and welfare materials used in 3D printers ➢ It is predicted that the global shipment of 3D printers will reach ● units and ● units domestically by 2025 ➢ The global market for 3D printing materials is expected to be ● billion yen by 2025, exploring trends among material manufacturers ➢ Investigating the business strategies of various companies in the metal 3D printer industry, which has seen a decrease in prices in recent years ➢ The global market size for metal printers is predicted to be ● billion yen by 2025, with metal materials reaching ● billion yen ➢ Exploring application examples, industry trends, and corporate movements related to aluminum, titanium, cobalt-chromium alloys, copper, and more ➢ The global market for bio 3D printers is expected to be ● billion yen by 2025, with bio inks reaching ● billion yen ➢ The global market for dental 3D printers is predicted to be ● billion yen by 2025, with the materials used reaching ● billion yen ➢ Investigating the printing methods, materials, and corporate trends required for 3D printing using CFRP ➢ Exploring industry and corporate trends in aerospace, automotive, electronic circuits, food, and 3D printing services

• 3D Printer

This book addresses the current situation and challenges of food packaging plastics related to microplastics, as well as the development trends of marine biodegradable plastics. Experts from various fields have provided multifaceted insights into the microplastics issue. We hope this book will contribute to measures aimed at solving the problem of marine plastic waste. 【Features of this book】 ➢ Detailed description of the current situation and challenges of the food packaging industry, which is often at odds with environmental protection ➢ Multifaceted references to the microplastics issue by experts from various fields ➢ Explanation of the functionality required in food packaging, considering the examination and transition to alternative materials ➢ Comprehensive coverage of the challenges surrounding the food packaging industry and their realities

• plastic

The world has begun to aim for a decarbonized society by early realization of social implementation and market expansion of products utilizing cellulose nanofibers, thereby reducing CO2 emissions. This report focuses on the application of cellulose nanofibers and analyzes the market and industry. 【Features of this report】 ➢ Analysis of industries such as conductive fillers, concrete, battery materials, speaker diaphragms, paints and coatings, separation membranes and filters, cosmetics, toiletries, medical and bio, and food. ➢ Development status and commercialization utilizing properties such as water retention, gas barrier, antibacterial and deodorizing, and high strength. ➢ Exploration of industry analysis and corporate trends of "automotive cellulose nanofibers" as exterior and interior materials. ➢ Detailed description of the efforts in manufacturing technology for nanocellulose in countries such as North America, Northern Europe, China, South Korea, and Japan. ➢ Exploration of the practical application of cellulose nanofibers from the history leading up to the widespread adoption of carbon fibers.

• fiber

Smart windows use chromogenic materials that change their optical properties in response to external stimuli such as electricity, light, and heat. This book summarizes the fundamentals and applications of smart windows, based on the author's previous lectures, presentations, and writings. The smart window field is still growing, with many new variations emerging, making it impossible to introduce everything here. Additionally, the author's interpretations may not always be accurate, and I would like to seek the opinions of the readers. **Features of this book:** ➢ Understand the development points of new products in the smart window market. ➢ Explain the fundamentals and latest trends regarding noteworthy smart windows. ➢ Provide a detailed explanation of dimming using various smart windows. ➢ Summarize based on previous lectures, presentations, and writings. ➢ Review the challenges toward the practical application of smart windows.

• others

In Japan, many potential measures for combating global warming have been discussed in a broad manner until now. However, that time is running out. We must identify specific solution themes that need to be addressed in the next 10 to 20 years, categorizing them by timeline and the magnitude of CO2 reduction, and focus on those themes. 【Features of this book】 ➢ Two-part structure: CO2 reduction technologies and CO2 utilization technologies ➢ Excerpts and revisions from the well-received "CO2 Reduction Measures from the Perspective of Catalysts 2020," with updates and significant additions on CO2 "reduction technologies" and "utilization technologies" ➢ Updates and additions regarding biomass, waste plastics, municipal waste, and fuel cell technologies ➢ Clear organization and introduction of a wide range of CO2 utilization technologies with explanations ➢ Detailed discussion on hydrogen production and utilization, including the green hydrogen strategy

• others

■Book Title: Market Analysis of Packaging and Industrial PET Films & Beverage and Food PET Bottles In 2020, the demand for beverage PET bottles increased in households due to the impact of the COVID-19 pandemic, while outdoor demand decreased. As a result, a clear trend emerged where "large-capacity bottles increased, and small-capacity bottles decreased." Consequently, a rare phenomenon occurred in the number of units market size, showing a decrease compared to the previous year in 2020. I hope this book serves as a valuable resource for packaging suppliers and users in developing their business strategies. 【Features of this Book】 ◆ Analysis of the latest market trends for PET films and bottles during the COVID-19 pandemic (2020) ◆ Packaging PET films, except for barrier films, showed a slight decrease ◆ The PET bottle market saw an increase in large-capacity bottles due to the stay-at-home influence ◆ Industrial PET films experienced significant growth in applications for release films

• others

**Features of this Book** ➢ Detailed descriptions of strategies from various regions such as China's metropolitan area, MEA, tank manufacturers, FCV companies, and foreign enterprises. ➢ An overview of hydrogen strategies in Germany, the EU, North America, Norway, Saudi Arabia, South Korea, and India. ➢ Analysis of industries related to water electrolysis, P2G, methanation, and hydrogen steelmaking, which are gaining attention for renewable energy and CO2-free solutions. ➢ Presentation of the global market for PEFC and SOFC systems by application, along with trends in unit prices of various stack components. ➢ Introduction of company-specific shares for FCVs, industrial and commercial fuel cells, household fuel cells, and FC forklifts. ➢ Detailed discussion on the trends of material manufacturers for Type 3 and 4 hydrogen tank development, the hydrogen station industry, and costs. ➢ Industry analysis of trucks, buses, forklifts, trains, and ships as part of the fuel cellization of industrial vehicles.

• Fuel Cells

**Features of this Book** ➢ A leading expert in displays introduces next-generation displays and contactless devices, providing the author's insights on each product and technology in the "Author's Commentary." ➢ An overview of trends in next-generation displays and characteristics of competing technologies. ➢ Understanding the topics of IDW020 for business applications. ➢ Grasping trends in new technologies and products at exhibitions to guide product development. ➢ Clear explanations supported by abundant photographs and diagrams in full color throughout the book.

• LCD display
• Touch Panel

CFRP has been expanding its market primarily in the aerospace, automotive, wind power generation, and pressure vessel sectors. While it has been significantly impacted by COVID-19, the continued demand for improved fuel efficiency and CO2 reduction—reasons for the adoption of CFRP—along with the concretization of the concept of carbon neutrality, has led to a stronger trend towards the use of renewable and clean energy. This has created an environment conducive to increased adoption in response to societal demands for wind power generation and hydrogen gas utilization. We have summarized the trends of CFRP users and the supply chain in response to various situations. 【Features of this document】 ➢ How carbon fiber manufacturers have adapted to the reduced production of aircraft due to the pandemic ➢ With the tailwind of decarbonization, carbon fiber manufacturers are focusing on blades for wind power generation ➢ A summary of the development status of "Variable Axis Composite Materials (VAC)," which has been attracting attention in recent years ➢ An expansion in the adoption of high-performance materials such as CFRP for fuel cells and hydrogen tanks is increasingly anticipated ➢ How the applications of CFRP have changed before and after COVID-19, and how business strategies have been restructured ➢ An explanation of the trending topic of "flying cars" and the environmental response trend of "recycling"

• Engineering Plastics

■Book Title: Reuse and Recycling of Lithium-Ion Batteries for EVs 2021 - Characteristics, Standards, Safety, and Business Trends - This book aggregates data, estimates, and analyzes the characteristics, composition, and structure of chemical secondary batteries across the following chapters 1 to 9. The keywords include elemental resources (Co, Ni, Li, etc.), cathode material synthesis, safety, chemical hazards, wet/dry processing, among others, while also presenting development case studies from related companies whenever possible. We hope this book serves as a useful resource for those interested in the recycling and reuse of lithium-ion batteries for EVs. June 2021 【Features of this Book】 ◆ By 2031, EV batteries will amount to approximately 2000 GWh globally... what will happen to those elemental resources? ◆ Valuable elemental resources Co, Ni, and Li will be reused as cathode materials. ◆ Rules and regulations for the industrial waste treatment of damaged or discarded EV batteries. ◆ Who ensures the safety of reused EV batteries, and how? ◆ The fate of EV batteries that can no longer deliver power after reaching the retirement age of 60 years. ◆ Regulations of the Basel Convention for the aggregation and processing of waste batteries.

• Lithium-ion battery